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The very fabric of Wikipedia, the world’s largest free online encyclopedia, is facing a digital tug-of-war. On one side stand the seasoned human editors, fiercely guarding the platform’s integrity.

On the other side, artificial intelligence (AI) is making inroads, offering assistance in content creation. However, this potential partnership has morphed into a contentious battleground. At the heart of the issue lies a clash of ideologies. Purists among the editor community view AI-generated content with suspicion.
They fear an influx of inaccuracies and a dilution of the meticulous human curation that Wikipedia prides itself on. Instances of AI misuse, where factual errors or biases creep into the text, fuel their apprehension.
The narrative often takes on an accusatory tone. Editors decry the “abuse” of AI, painting a picture of a robot takeover where carefully crafted articles are replaced by machine-generated text. This “snobbery,” as some proponents of AI-assistance call it, overlooks the potential benefits. Here’s where the argument takes a fascinating turn.
Proponents of AI-assisted writing envision a future where artificial intelligence acts as a research and writing assistant, not a usurper. Imagine an AI that scours credible sources, compiles relevant information, and even suggests citations – all within Wikipedia’s rigorous fact-checking framework. Human editors would then be free to focus on what they do best – verifying information, crafting clear prose, and ensuring the article adheres to Wikipedia’s high standards.
This collaborative approach holds immense promise. AI can sift through vast amounts of data, unearthing obscure yet relevant information that human editors might miss. It can also streamline the writing process, freeing up valuable time for editors to tackle more complex tasks. The notion that AI will render human editors obsolete is simply unfounded.
The future of Wikipedia is not about humans versus machines; it’s about humans and machines working together. The resistance from some editors is understandable. Wikipedia thrives on a commitment to accuracy and a well-established editing process.
Introducing a new element like AI necessitates careful consideration and a robust integration strategy. However, dismissing AI outright hinders progress. The Wikipedia community should embrace a spirit of experimentation. Pilot programs can be implemented, with clear guidelines and rigorous quality control measures in place. The results can then be objectively evaluated to determine the true potential of AI-assisted writing. This is not about blindly embracing technology. It’s about acknowledging the digital landscape and adapting to it. Wikipedia’s core principles – neutrality, verifiability, and freedom of information – can, and should, co-exist with responsible AI use.
 The truth lies somewhere in between the extremes. AI is not a replacement for human editors; it’s a potential tool to be wielded effectively. Editors who cling to outdated notions risk becoming relics of a bygone era. The future of Wikipedia is undeniably AI-ready. The editors who embrace this change, who understand the power of collaboration and leverage AI as an assistant, will be the ones who shape the future of this invaluable resource. The holdouts, clinging to a bygone era of human-only curation, risk being left behind in the digital dust. The question remains – will Wikipedia evolve into a testament to human-machine collaboration, or will it become a cautionary tale of misplaced resistance to progress? Only time will tell.

Arabian Post Staff – At the Riyadh conference this week, Airbus secured a major victory after the Saudia Group, which owns both Saudia Airlines and budget carrier flyadeal, announced a record-breaking order for 105 Airbus narrow-body aircraft. This move comes as a surprise, as many analysts anticipated Boeing to be the frontrunner for this significant Saudi Arabian deal. The order consists of a mix of A320neo and […]

Whispers of Wikipedia’s demise due to the rise of large language models like ChatGPT have permeated the corners of the internet. However, experts suggest these anxieties are unfounded, with both platforms likely to coexist and carve distinct niches in the ever-evolving realm of information access. While ChatGPT excels at crafting creative text formats and answering open ended questions in a conversational style, its factual accuracy remains a […]

Abdel Gadir Salim, stage name Sova, merges traditional and modern Sudanese music. Born in the 1950s in Nuba Mountains, he became famous in Khartoum with his band, the All Stars. Despite adversity, including a 1994 attack, he continues to influence, recently signing with Rotana Music. Sudan – April 13, 2024 /MarketersMEDIA/ — Abdel Gadir Salim, also known by his stage name Sova, remains a towering figure in […]

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Researchers have uncovered a novel tactic employed by cybercriminals: leveraging Artificial Intelligence (AI) to craft malicious code. The culprit, a threat group known as TA547, is suspected of using AI to develop a PowerShell script designed to deploy malware. PowerShell is a powerful scripting language commonly used for system administration within Windows environments. Malicious actors often exploit PowerShell to execute commands remotely, allowing them to infiltrate systems […]

The price of Bitcoin, the world’s leading cryptocurrency, has experienced a remarkable surge in 2019. From its year-opening value of around $3,500, Bitcoin skyrocketed to over $10,000 in just a few months. This dramatic rise has fueled optimism among analysts, with some predicting a continued upward trajectory in the coming years. One such analyst, a former skeptic who has become a vocal proponent of Bitcoin, believes the […]

HONG KONG SAR – Media OutReach Newswire – 29 February 2024 – Economist Impact’s fourth annual Technology for Change Asia brought together more than 450 technology chiefs, innovators, investors, scientists and senior business representatives for two days in Hong Kong on February 27th and 28th. Chaired by The Economist Group’s moderators, a cohort of 50 expert speakers delved into the latest technology solutions impacting businesses, societies, and […]

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Wikipedia founder Jimmy Wales and globally renowned physicist Michio Kaku to feature this year HONG KONG SAR – Media OutReach Newswire – 8 February 2024 – Technology for Change Asia will be held in Hong Kong on February 27th-28th 2024 at the Grand Hyatt Hong Kong. This marks the beginning of a three-year commitment to stage the annual conference in the city. The 3rd annual Technology for […]

Scientist claims all three key steps to overthrow ruling scientific theories are met and Euclid’s data will be the straw that will break the camel’s back.

Euclid telescope will spectacularly demonstrate that the universe is positively curved and hence is necessarily closed, and finite in size. Euclid will return more than anyone had bargained for. AMEN.”

— Subhajit Waugh.

INDORE, MADHYA PRADESH, INDIA, August 4, 2023/EINPresswire.com/ — Euclid is a wide-angle space telescope with a 600-megapixel camera. It was developed by the European Space Agency (ESA) with contributions from NASA. The Euclid Consortium-consisting of more than 2000 scientists from 300 institutes in 13 European countries, the US, Canada and Japan-provided the scientific instruments. Euclid telescope will make the most accurate yet 3D map of the Universe by observing billions of galaxies up to 10 billion light-years away. Designed to investigate the universe’s biggest mysteries, it has already captured its first glimpses of the cosmos, and the images are fantastic. Mr. Subhajit Waugh, a scientist (physicist) at RRCAT, India, has confidently predicted that the biggest shock from Euclid data will be that our universe is positively curved (which means that the universe is closed, and finite in size), which will turn science on its head. He has emphatically claimed that all three key steps to overthrow ruling scientific theories in Physics and Cosmology are satisfied. These three key steps to overthrow an accepted scientific theory are: reproduce the successes of the presently accepted theory; explain what it cannot; and make new predictions that differ and can be tested. (Ref. 1). Mr. Waugh has boldly predicted that scientific revolution is inevitable and a scientific paradigm shift is imminent, leading to a ‘theory of everything’ unifying physics and cosmology.

Physics currently rests on two pillars: General Relativity (GR) and Quantum Mechanics (QM). However GR and QM are mutually inconsistent, and there are bitter conflict between the two greatest theories of physics. Physics is derailed. The presently accepted model of the universe is called the ‘Standard Model of Cosmology (SMC)’, which asserts that the universe is (3D) flat, open, and infinite. A ‘Nature Astronomy’ (2020) paper had claimed with 99% confidence that our universe is closed. Another paper claimed odds of 2000 ∶ 1 against flat and infinite universe. Those papers have mortally wounded the ‘Standard Model of Cosmology’, but have unknowingly cleared/paved the path towards unification of entire physics. As if those fatal wounds were not enough, Prof. Fulvio Melia has attacked the SMC from eight different angles (Ref. 2). He has concluded that each of the problems highlighted in his paper-on their own-should be sufficient to seriously question the viability of SMC. When viewed in their entirety, those insurmountable inconsistencies and paradoxes ought to convince even the most diehard supporters of SMC that a major paradigm shift in Cosmology is called for.

Mr. Waugh has proposed an alternate (hyper) balloon model of the universe [#Link1], which he claims makes QM and GR compatible. The (hyper) balloon model is a ‘constant rate of expansion’ of the universe model, in contrast to the ‘accelerated rate of expansion’ of the SMC. It may be noted that the model of universe proposed by Prof. Melia is also a ‘constant rate of expansion’ of the universe model. However, Mr. Waugh’s model is more refined and successful compared with Prof. Melia’s model of the universe. Besides, Mr. Waugh’s model is dictated by the crucial SpaceTime equations, and the calculated Hubble constant value matches the accepted values very well, which demonstrates that the model is correct. His model can inherit the successes of Prof. Melia’s model of the universe. Therefore, it is prudent to mention the successes of Melia’s model. One-on-one comparisons Melia’s and SMC models have been performed using 14 different cosmological measurements and observations. Results show probability of approximately 90%–95% that Melia’s model is correct, while only 5%–10% chances that SMC is correct (Ref. 3). Consequently, Mr. Waugh’s hyper-balloon model of the universe has seriously challenged the currently accepted model of the universe (SMC), and has superseded both General Relativity and Quantum Mechanics, leading to a grand unification. Mr. Waugh has detailed how the three key steps to overthrow ruling scientific theories in Physics and Cosmology are satisfied.

Step One (reproduce the successes of the presently accepted theories): Mr. Waugh has built up his model from a better and more correct understanding of SpaceTime concept which was introduced by Einstein’s relativity. The crucial point to note is that he has not challenged the mathematics of relativity. The SpaceTime (ST) metrics are correct, but the mathematics is telling something completely different from what Einstein and Minkowski had assumed. The mathematical interpretations of those metrics (including Minkowski ST metric, FLRW metric and even the Schwarzchild metric) were incorrect, and Mr. Waugh has provided a different mathematical interpretation (and hence completely different physical interpretation). Since, the mathematics has been left untouched, Mr. Waugh’s theory can claim all the successes of General Relativity including gravitational time dilation, gravitational lensing, the gravitational redshift of light, the Shapiro time delay and black holes. So far, all tests of general relativity have been shown to be in agreement with the theory (which is great news for Waugh’s theory as well). Again, Mr. Waugh’s theory has not challenged the postulates on which QM is built, but has explained why all those puzzlingly weird postulates must arise with extremely small size scales. And, as already mentioned, Waugh’s model of universe can inherit/claim all the successes of Melia’s model (which already is shown to be superior to the SMC).

Step Two (explain what present theories cannot):
A) The SMC fails to explain even an innocent question which a child might ask “If our universe is expanding, what is it expanding into?” GR assumes that the metric tensor is changing (an analogy is a 3D grid, where the distance between each grid is increasing), but the universe is not expanding into anything. However, this explanation is illogical, as the distance between the individual points increases without the overall space (which contains all these points) expanding into anything. Waugh’s model gives a satisfactory answer. Our balloon universe (the term universe is used only for the 3D balloon surface) is expanding into a 4D hyperspace, which might extend infinitely in all four directions. i.e., the hyperspace (void/emptiness) is possibly infinite, while the matter and fields (the wall of our hyper-balloon universe) have a finite extension and form a closed hypersurface.

B) The SMC fails completely when the clock is run backwards, and the model ends up inevitably in a singularity (in which the density of matter/radiation would be infinite, and the temperature would also be infinite). Also, the observed constraints on a singularity state in the past are incredibly tight, which rules out a singularity with certainty. Waugh’s model never reaches a singularity in the past. Imagine a (rubber) football with a certain wall thickness. As the football deflates, the walls become thicker. However, this process cannot continue indefinitely until the football disappears into a single point. Eventually, the wall will become so thick that the inner surface of the wall will touch (in other words, the empty space inside the football will disappear). The football will then resemble a solid cricket ball.

C) Relativity is based on the experimental fact that light travels with a constant velocity (c) irrespective of the motion of the reference frame, but does not explain what causes this postulate to appear. As a result, even after a century, relativity is just a principle theory and there is no constructive theory. Besides, it begs the question: is light somewhat magical? Is relativity is just a branch of electromagnetism? What causes the gravity waves to travel at the same speed of light? Waugh’s theory shows that the real reason is: it is a peculiarity of Minkowskian (hyperbolic) structure, which chokes/throttles infinite velocity at the value c (which is radial expansion velocity of the universe). It is explained in detail in his papers.

D) Quantum Mechanics (QM) is based on some postulates, but QM never explains why those exotic/shocking postulates arise. A great leap was taken by Prof. Andrez Dragan et al. who have shown that all the postulates of QM require just one postulate: superluminal possibility (Ref. 4). In a second paper (Ref. 5), they have proved that superluminal possibility necessities one space and three time dimensions (i.e. 1+3 structure as opposed to our everyday 3+1 structure). Mr. Waugh has shown that at tiny size scales, space and time start exchanging roles. (Ref. 6 & 7).

E) Mr. Subhajit Waugh’s closed universe model can easily explain Quantum entanglement. The (entire) closed universe is an absolutely isolated system (true island) and has to conserve spin, total momentum, etc., however small the magnitude may be. This situation gives rise to non-locality and instant communication over vast distances in quantum-entangled particles. Any open and infinite model of the universe cannot offer a satisfactory explanation of quantum entanglement (which has now secured a firm place in physics and has no intention of going away). Nature indeed keeps track of every single atom in the World’s oceans. Once we come to terms with nature’s efficiency in accounting, it won’t be difficult to grasp that nature has to keep track of every single particle in the entire universe, and must maintain ‘net zero’ balance.

F) The list of achievements of Waugh’s theory (which present theories fail/struggle to explain) is simply too long to be detailed here [e.g. The ‘Principle of Least Action (PLA)’ comes closest to the ‘theory of everything’ in physics, and from which, all known laws of physics can be derived. PLA can be generalized (for relativistic velocities) to ‘Principle of Maximum Proper Time’, which is just the Minkowskian version of the shockingly simple Euclidean statement: “The least distance between two points in (hyper) space is a straight line” (Ref. 8). A similar conclusion is reached in this paper (Ref.9) which claims that the roles played by kinetic and potential energies in PLA are secondary, and PLA seems to be just a footnote for the statement that ‘least distance between two points is a straight line]. His theory also explains why dualities like wave (field)-particle duality, or Lagrangian-Hamiltonian duality arises. Lagrangian is the Minkowskian version, while Hamiltonian is the Euclidean version. Duality is a bedrock concept of modern physics.

Step Three (new predictions that differ and can be tested):
A) Euclid telescope will show that the universe is positively curved (and not flat as presently believed). A circle drawn on curved surface (of a sphere) has shorter circumference compared to a circle of same radius drawn on a flat surface. To explain why, Mr. Waugh uses the example of an orange peel. Orange peels are curved. A circular piece of orange has a shorter edge than a pancake of the same size. For an orange peel, trying to become flat is frustrating; the bigger the piece of orange peel, the more stretching is needed to flatten it. (This is a practical problem in making flat maps of the curved earth.) Eventually, the orange has to split at the edges. [N.B. The following is a technical detail for experts, and may be skipped. In mathematical language, the circumference of a circle drawn on a curved sphere will have a circumference less than twice pi (3.14159…) of the radius. When extended to three dimensions, the equivalent of a circle becomes a sphere, and the circumference is replaced by a spherical surface. The equivalent statement for a sphere drawn on the 3D curved (hyper)surface of a 4D (hyper)sphere will be: spherical surface area will be less than four times pi (3.14159…) of the radius squared]. Euclid telescope is designed to see up to 10 billion light years (l.y.) away. A sphere of 10 billion l.y. can be partitioned into spherical bands (say 7-8 l.y., 8-9 l.y. etc or finer bands like 3-3.5 l.y., 3.5-4.0 l.y. etc.) The number of galaxies falling in each band of radius can be counted. The predictions of Waugh’s model of a curved universe will certainly differ from the flat model of SMC. The SMC predicts that the number of galaxies should be proportional to the square of radius, while Subhajit’s model predicts the number to become lesser and lesser with increasing radius. This is an extremely crucial result since it is based on a hallowed principle that the distribution of galaxies on a large enough scale of the universe is uniform. Besides, since billions of galaxies will be mapped; any local non-uniformity will be erased out. This result will settle the debate over the shape and size of the universe once and for all.

B) Another major prediction of Mr. Subhajit’s model which differ greatly from all accepted models is that matter, or more precisely, Normal Baryonic Matter (NBM) is causing the expansion of the universe. A cosmological headache for scientists for over a century has been “What is counteracting the force of gravity in the universe?” [#Link2]. Gravity is an attractive force, which means that it pulls matter together. So, over time, gravity should begin to pull the universe together as well. Strangely, the universe expanded after the Big Bang. Mr. Waugh’s explanation is that we have NOT understood the true role Normal Baryonic Matter (NBM) plays. Mass have a natural tendency to move away from the center of the Universe. Imagine a balloon (our universe) which is dotted (each dot represents a galaxy or galaxy cluster). If each dot (NBM) tries to move away from the true center of the balloon, then NBM (lying within the wall/membrane of our balloon universe) plays the same role as compressed air inside an expanding balloon. This concept has already been spectacularly confirmed, and a euphoria was generated that with the claims that ‘Black Holes is the source of Dark Energy’ [#Link3]. Gravity plays completely opposite roles on a local scale and global scale that changes sign at around 150 Mega Parsec scale just as Pardo and Spergel had anticipated, but dreaded to consider as possible (Ref. 10). A galaxy can be imagined as forming the surface of the Flamm’s paraboloid (Ref. 11), and the black hole (lying at the center of the galaxy) as the tip of the Flamm’s paraboloid.

REFERENCE:
1. https://bigthink.com/starts-with-a-bang/3-steps-scientific-theory/
2. A Candid Assessment of Standard Cosmology; Fulvio Melia (2022) Publications of the Astronomical Society of the Pacific, 134 121001, DOI: 10.1088/1538-3873/aca51f
3. On recent claims concerning the Rh = ct universe; Fulvio Melia, MNRAS 2015, 446, 1191–1194. https://doi.org/10.1093/mnras/stu2181.
4. Quantum principle of relativity; Andrzej Dragan and Artur Ekert (2020), New J. Phys. 22 033038, DOI 10.1088/1367-2630/ab76f7
5. Relativity of superluminal observers in 1 + 3 spacetime; Andrzej Dragan et al (2023), Class. Quantum Grav. 40 025013, DOI 10.1088/1361-6382/acad60
6. Subhajit Waugh. Quantum Mechanics and General Relativity are compatible, and have a common origin: the expanding (hyper) balloon universe. Authorea. December 04, 2022, DOI: 10.22541/au.165888607.78422236/v9
7. Subhajit Waugh. (2022). Quantum Mechanics and General Relativity are fully compatible, and have a common origin: the expanding (hyper) balloon universe. https://doi.org/10.5281/zenodo.6811311
8. Subhajit Waugh. (2022). Is everything we know about the shape and size of our universe, and how it works, wrong? https://doi.org/10.5281/zenodo.7343171
9. Duality of the Principle of Least Action: A New Formulation of Classical Mechanics; David J. Tannor, https://arxiv.org/abs/2109.09094 (https://doi.org/10.48550/arXiv.2109.09094)
10. What Is the Price of Abandoning Dark Matter? Kris Pardo and David N. Spergel; Physical Review Letters125, 211101 (2020)]
11. https://en.wikipedia.org/wiki/Schwarzschild_metric#Flamm’s_paraboloid

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